EMSR927 area of interest 3: monitoring 1 grading map
Original titlenpl_copernicus_ems_aoi03_grading_monitoring1.pdf
Asset of Nepal - Flood (EMSR927). asset listed by the HDX dataset record.
- Metadata review
- Assessed
- Asset type
- Map Or Report
- File format
- Contributor
- Copernicus
Screening and metadata review
Data candidate · Metadata assessed 6 September 2026
Reachable without registration · Direct Open · checked 6 September 2026
Coverage and identity
- Geographic coverage
- No asset-level bounding box is stated. Parent resource coverage: Areas of interest defined for Copernicus EMS activation EMSR927 in the Nepal event area.
- Temporal coverage
- 27 August 2026 to 28 August 2026
- Temporal role
- Event Observation And Damage Assessment
- Catalogue asset identifier
- ast-a2130ab9-cebb-5b76-8575-be26ec546348
- Parent resource
- Nepal - Flood (EMSR927)
- Original-title language
- English
- English-title status
- Not applicable
- Dataset or product family
- Nepal - Flood (EMSR927)
- Coordinate reference system
- Not stated
- Spatial resolution
- 0.6–0.7 m source imagery
Access and file
- Access result
- Reachable without registration
- Access checked
- 6 September 2026
- Media type
- application/pdf
- File format
- File size
- 19.1 MiB
- Licence
- Creative Commons Attribution International (CC BY); licence evidence
- Redistribution
- Subject To Stated Package Licence
- Catalogue status
- Reviewed
Provenance and technical review
- Host or aggregator
- Humanitarian Data Exchange
- Listed contributor
- Copernicus
- Normalized contributor
- Copernicus
- Source role
- Dataset Provider Named By Hdx
- Upstream source
- Copernicus Emergency Management Service Rapid Mapping activation EMSR927
- Upstream evidence
- Confirmed From Parent Record
- Relationship to resource
- asset listed by the HDX dataset record
- Provenance
- Confirmed
- Method documentation
- Documented At Parent Record Level
- Metadata reviewed
- 3 September 2026
- Technical inspection
- The asset exceeded the full-file limit and had no safe bounded structural method; Event-phase source imagery: PERUSAT, 2026-08-27, 0.70 m; RESURSP, 2026-08-28, 0.60 m.

